Used RASCO SO 2000 #9274758 for sale

RASCO SO 2000 is an advanced, cost-effective, and versatile motorized handler designed for high-speed loading and unloading of electronic components. This handler is designed for a high precision and repeatability and can be used for die attach operations, in-circuit testing, and any other operation requiring a high degree of accuracy. RASCO SO2000 is capable of handling up to 12,000 components per hour, significantly reducing cycle times and increasing production throughput. In addition, SO 2000 features a unique component centering system with 12 loading positions and two pick-and-place heads which can be automated to reduce set-up time and provide precise orientation of components. This centering system provides a quick change of different component size formats. The loading positions and operator friendly environment allow for a high level of flexibility, allowing the device to be used in multiple applications. The integrated component diagnostics system checks all components for proper alignment and placement. SO2000 has an onboard force feedback sensor to ensure repeatable and consistent performance of the component loading process. In addition, the machine self-adjusts for any repeatable elements of component discrepancies for maximum accuracy. RASCO SO 2000 runs on a C Controller, allowing for fast and easy programming of step and repeat operations. This controller is also used to manage all programmed movements, allowing for precise control and precise results. The C Controller includes a built-in PLC (Programmable Logic Controller) to control signals and axis motion. RASCO SO2000 user interface also includes an intuitive graphical touch screen for easy adjustment of machine settings and access to operating functions. SO 2000 is a reliable and versatile handler, featuring a robust design and multiple machine directions and orientations. The machine's components ensure a reliable, cost-effective operation and accurate results, reducing downtime and improving overall productivity. Moreover, it requires minimal maintenance, which reduces downtime and the overall cost of operation.